7results about How to "Masking complexity" patented technology

This invention provides a middleware invocation method and system for Android smart devices, comprising: the middleware receiving invocation instructions input by a client; determining the type of the input invocation instruction according to a preset instruction type standard; matching the type of the input invocation instruction with pre-defined accessory types; and, when a match is successful, invoking the corresponding driver of the matched accessory type to invoke the underlying hardware of the Android smart device, thereby achieving data interaction. This invention establishes a unified channel and unified access standard between device drivers and business application platforms, enabling cross-language invocation and simplifying the invocation interface, thus shielding the complexity of business operations and device interaction. It achieves multi-level and cross-language invocation even in multi-system, multi-level, and multi-language scenarios.

The invention provides a Promise-based AI platform resource monitoring method and system, and relates to the technical field of resource monitoring, and the Promise-based AI platform resource monitoring method comprises the following steps: creating resource objects of a container management platform, and configuring a resource label for each resource object; a pre-configured label index set is used for screening resource labels meeting the monitoring requirement, list connection association processing is carried out on the screened resource labels and resource monitoring indexes provided by the open source container monitoring tool, and a wide list is generated; aggregation processing is carried out on the resource monitoring indexes in the wide table, and the total resource use amount under the preset query dimension is calculated; and a global index mapping rule base is constructed, and standardized access of different monitoring devices is adapted by configuring an adaptation layer. According to the method, the complexity caused by different equipment monitoring plug-ins is shielded through the unified query adaptation layer, the code quantity and complexity of a query interface are reduced, and the maintainability and readability of codes are improved.

The invention provides a sidecar mode communication method and communication system based on a divide-and-conquer idea, and belongs to the technical field of communication. The method is applied to communication between equipment hosts, the equipment hosts comprise a first equipment host and a second equipment host which communicate with each other, and the first equipment host and the second equipment host are respectively provided with main service processes which are independent from each other and a message bus service process used for communicating with an external equipment host. The main business process is communicated with the message bus service process in a side vehicle mode, the main business process is used for processing various applications of equipment, and the message bus service processes of the first equipment host and the second equipment host are communicated with each other through a message bus. The method has the beneficial effects that each machine is self-managed, and peer-to-peer connection between equipment is realized by utilizing deployment of a side vehicle mode and bus service, so that the communication reliability and performance of the equipment are improved.

The invention provides a revenue service rule configuration generation method and device, equipment and a storage medium, and relates to the technical field of Internet. The method comprises the following steps: receiving a revenue business demand input by a user through a natural language; performing assembly based on the revenue business demand and the DSL grammar definition to generate a first prompt word; generating a first DSL document according with the DSL grammar definition through the target large model according to the first cue word; and converting the first DSL document, generating a first revenue service rule configuration, and storing the first revenue service rule configuration. The smooth conversion between the natural language and the service rule is realized, the complexity of the DSL is shielded, the process of manually configuring a large number of tedious parameters is avoided, and the service configuration efficiency is improved.

The present application discloses a method and device for docking a server of a real-time audio and video communication system, which can be applied to a real-time audio and video communication system agent, wherein the method comprises: in response to a push-pull stream interface call instruction sent by the server, sending a push-pull stream path establishment request to the real-time audio and video communication system; based on the push-pull stream path establishment request, establishing a push-pull stream path between the target media server in the real-time audio and video communication system; based on the push-pull stream path, performing push-pull stream data transmission between the server and the target media server. The present application can simplify the process of docking a push-pull stream module of the server with a push-pull stream of a real-time audio and video communication system, reduce docking and access costs, and reduce the difficulty of docking development.

A distributed message transmission method and system for high-performance computing multi-clouds include: creating a message model according to a usage scenario, obtaining information to be transmitted, filling in information according to the information to be transmitted and the message model according to the requirements of the message template format, and generating a message instance, wherein the message template includes a message header, a message carrier, and a message footer; a message producer creates a network connection to a message service through an SDK provided by a multi-cloud distributed message queue service, and pushes the generated message instance to a specified message queue in the multi-cloud distributed message queue service through the connection; the multi-cloud distributed message queue service interprets the pushed message, routes the message according to the message header information, and pushes related messages to message consumers on different message models; the above method and system, the message queue's message transmission format definition for multi-cloud high-performance computing and the support of multiple message models make the development and integration of high-performance computing on the cloud more efficient and convenient.

This application relates to a wireless signal optimization method for tire pressure information data transmission, comprising the following steps: a sensor node initiates a relay transmission mode based on link quality judgment, selects a relay node through a micro-routing protocol, and forwards data packets to a distributed slot antenna formed by coupling through vehicle body gaps via neighboring nodes; a central signal aggregator fuses the data received from multiple paths to reconstruct the complete tire pressure data stream. This application achieves reliable and continuous transmission of tire pressure signals under extreme obstruction environments, while also meeting the requirements of low power consumption and real-time performance.